The work process of making/producing the RC tank is here:
Step 1:
First we need to slice our 3d models using cura. in this case because we are not aiming for quality or accuracy we shall be printing in 0.28mm resolution and set our speed to 110mm/s whilst having 2-4 walls, top and bottom layers which is also accompanied by 10-20% infill. *Note: Tree supports are being used as they are easier to remove and use less fillament.
Step 2:
print out the models and clear off any supports if needed.
Step 3:
After post processing the 3d printed items we need to start assembling the tank in its major sections. First we will start on the top deck which holds all the electronics as we dont want to damage and lose track of any essentials to the tank's movement. followed by the side assemblies which are the suspension units(*note: insert rubber band first before installing the guide).
Step 4:
once we are done with the suspension system we will connect both sides using struts held by m3 nuts, screws and washers. however we only hand tight them as we need to slot our top deck in which will be held by friction and another set of screws.
Step 5:
When we are ready and done, we insert the top deck in between the side assemblies and only then do we tighten the screws to secure it in place.
Step 6:
next we mount the worm gear rails onto the side where it can be secured via some screws and nuts but do note that the holes line with with the angle brackets of the top deck. it allows the whole build to be more ridigd thus more stable.
Step 7:
continuing we will now assemble the road wheel assembly for all the units in the order as seen below and once complete we will mount all of them.
Step 8:
moving on to the next thing, we will assemble the tensioner assembly as shown below fastened in place with at least 2 m3 screws. once done we can insert it onto the rail using a flat head screw driver
Step 9:
Now we will mount the running gear directly onto the shaft of the continous stepper motor anchored and secured by 4 m3 screws
Step 10:
onto the final mechanical assembly we will have to assemble approximately 56 track links for each side using m3x45 screws. once complete the we need to bring around the track links around the whole driver assembly and using the flat head screw driver we use the tensioner on the whole track until the track has a springy feel to it, too tight and itll cause too much strain on the motors and whole assembly, too little and it will not run properly.
Step 11:
last but not least we we plug in the battery and flip the switch on the battery and now we are ready to use the tank
